IO Wi-Fi 6 Dual Band 8x8:8 Indoor Access Point with Integrated Antenna (6 dBi) [DC powered]


  • Concurrent Dual-Band Offering Data Rate up to 5.95 Gbps
  • 6dBi Integrated Omnidirectional antenna optimized for maximum coverage and range
  • Supports 1024 concurrent users
  • Access to 160 MHz channel in the 5GHz Band
  • Wi-Fi Alliance certified for Wi-Fi 6, Passpoint 3.0, EasyMesh
  • Supports 1024 QAM
  • Supports non-Wi-Fi interference detection & avoidance, ATPC, coverage hole detection and correction
  • Configurable as a
    • 4x4 MU-MIMO in 160 MHz channel Bandwidth or
    • 8x8 MU-MIMO in the 80 MHz Channel Bandwidth,
    in 5GHz Band without compromising on the peak data rates
  • FCC Class B, CE, RoHS 3.0, UL2043 Plenum certified


IO Wi-Fi 6 Dual Band 8x8:8 Indoor Access Point with Integrated Antenna (6 dBi) [DC & PoE powered]

Dual-Band Radio Offering Peak Data Rate up to 5.95 Gbps

The concurrent dual-band radio inside ion12xi_h / ion12xi_h2 offers a combined peak data rate of 5.95 Gbps with up to 4800 Mbps in the 5 GHz band and 1150 Mbps in the 2.4 GHz band. It becomes the most preferred option when it comes to serving very high-density data demands and for 4K /8K Video transmission.


Configurable 5 GHz radio

The 5 GHz radio can be configured in the below 2 modes:

  • 8x8 MU-MIMO with up to 80 MHz channel bandwidth support (combined data rate of up to 5.95 Gbps)
  • 4x4 MU-MIMO with up to 160 MHz channel bandwidth support (combined data rate of up to 5.95 Gbps)


Bi-Directional, Multi User-Multiple Input Multiple Output (MU-MIMO)

The Access Point offers MU-MIMO and OFDMA for transmission that is more efficient to multiple clients. This is especially suited for environments with numerous varied devices, with each supporting latest or legacy Wi-Fi standards. MU-MIMO enables multiple clients to transmit and receive high bandwidth data simultaneously.


EasyMesh Networking

Eliminating the need for expensive cabling, Access Points automatically form a wireless mesh, and provides connectivity in every possible corner. With self-healing and self-optimization functionality, in case of a mesh node failure, the surrounding nodes automatically re-connect and resume service without downtime. Support for EasyMesh means that ion12xi_h / ion12xi_h2 is interoperable with third party Access Points and/or Routers and can quickly be deployed as standalone or converged with the existing network. This eliminates the need for locking-in with a single vendor, driving down the total cost of ownership of the network.


Fast Roaming; Fast Handover

802.11r facilitates fast roaming where the initial handshake with the new AP takes place even before the client roams to the target AP called fast Transition. Thereby eliminating the handshake overhead while roaming thus reducing the handoff time between APs, while providing security and QoS.


QoS 802.11e WMM (Wi-Fi Multi-Media)

QoS 802.11e WMM helps define the quality of service required for voice and multimedia applications and enhances network performance. It helps prioritize traffic – (Voice, Video, best effort, and background) to ensure mission-critical applications have a higher priority of network access. Policies can be implemented per network, per SSID, per user group, or per individual user for maximum flexibility and control.


Centralized control

Centralized management of the entire network on our highly intuitive, flexible, and scalable cloud network manager. It provides the flexibility to distribute the network, allocate varying bandwidths, manage, track, troubleshoot, configure, communicate, and enforce policies on all Access Points in the network. The controller has in-built analytics and reporting capabilities to gain insight into usage patterns.


Improved Battery Life

Unscheduled automatic power save delivery (U-APSD) enable devices such as smartphones and laptops to determine when and how frequently they will communicate with the Access Point. The benefits of these features are multifold an increased sleep time for the device, less consumption of battery and bandwidth, optimized spectral efficiency for IoT devices by a reduction in overlaps and conflicts.



  • Larger Enterprises
  • High-Density Indoor Environments
  • Shopping Malls
  • Schools
  • Stadiums

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